JEMTEC

  Quantum sensors are new and promising technology developing rapidly along with the quantum computing engineering because it provides ample insight into the environment of qubits. Quantum sensors depend on the mysterious behavior of subatomic particles called quantum states, where the classical Newtonian physics do not exist and have prominent real world application of quantum mechanics. Quantum sensor extends operating range, dynamic range, capability and sensitivity of the sensors used in the different application. Now a day, more mature sensor implementation is available for different applications. In recent years quantum sensors are used to measure various physical quantities such as temperature, pressure, electric and magnetic fields and frequency of revolutions etc. by using quantum object. A quantum object is designed by using quantum states properties such as quantized energy level, quantum state squeezing, quantum coherence or entanglement to improve sensitivity of the...

The term “Internet of Things” (IoT) refers to the system of connecting daily use appliance to the Internet and remotely communicate through web application from anywhere in the world. This approach enables wide-ranging applications in the areas of health care, industrial automation, transportation, home and building automation, smart cities, emergency response to natural and man-made disasters, smart grid and energy management. The vision behind IoT is in fact to interconnect objects directly to each other with the help of the Internet and allow them to provide information directly to the web without any intermediation of the human. This vision of IoT application will have a great impact on several electrical and electronic technologies. To realize the vision of IoT, devices need to develop requirement of the customers in terms of availability anywhere and anytime. So, there are several challenges in the evolution of electronics for IoT: first, electronic systems must be thin, fl...